00196504-02_UM_X-Serie_SR70X_EN - 第191页

User manual SIPLACE X-series Technical data for the machine From software version SR.70x.xx 01/2011 EN edition X feeder modules 191 3.9.5 Energy and dat a interface for X feeder modules Item no. 00141247- xx Energy an d …

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Technical data for the machine User manual SIPLACE X-series
X feeder modules From software version SR.70x.xx 01/2011 EN edition
190
Feeder module locations filled 3 3
Stock of components Up to 150 per steel stick magazine, 3
depending on the component length 3
Specific data for stick magazines 9.5 mm wide / x 3 3
15 mm wide / x 2 3
> 15 mm wide / x 1 3
30 mm wide / 1 x 3
Vibrating time Variable with SIPLACE Pro from 400 to
over 1,000 ms 3
3.9.4.3 Feeder module adapter for the X-series with reject conveyor
3
Fig. 3.9 - 16 Feeder module adapter for the X-series with reject conveyor
(1) Adapter for the X-series feeder modules (item no. 00141305-xx)
(2) Adapter plate for Reject Conveyor (item no. 00141308-xx)
(3) Reject conveyor
User manual SIPLACE X-series Technical data for the machine
From software version SR.70x.xx 01/2011 EN edition X feeder modules
191
3.9.5 Energy and data interface for X feeder modules
Item no. 00141247-xx Energy and data interface for X feeder module
3
Fig. 3.9 - 17 Energy and data interface for X feeder modules
(1) Button for releasing the locking latch
(2) Operator panel
(3) Data cable
(4) Power supply cable
(5) Electronic housing
(6) Fold-out feet
(7) Omega profile for guiding the feeder modules
(8) Locking latch
(9) Locating hole for the front centering pin of the feeder module
(10) Base plate
(11) Coil holder
Technical data for the machine User manual SIPLACE X-series
X feeder modules From software version SR.70x.xx 01/2011 EN edition
192
3.9.5.1 Description
The energy and data interface allows X feeder modules to be used outside the machine and set-
up area. The interface consists of an aluminum frame with omega profile (item 7 in Fig. 3.9 - 15
,
page 189
) for holding and guiding the feeder modules. The feeder module is placed on the omega
profile with the slider guides, just like the X component trolley, and is pushed forward until the front
centering pin of the feeder module is fully engaged in the locating hole (item 9 in Fig. 3.9 - 15
,
page 189
). The locking latch (item 8 in Fig. 3.9 - 15, page 189) locks the feeder module in this
position. To remove the feeder module, simply press the release button (item 1 in Fig.
3.9 - 15
, page 189). The locking latch (item 8 in Fig. 3.9 - 15, page 189) is pressed down and re-
leases the feeder module. Fold-out feet (item 6 in Fig. 3.9 - 15
, page 189) stabilize the position of
the energy and data interface, particularly for wide feeder modules.
The electronic housing (item 5 in Fig. 3.9 - 15
, page 189) holds the electronic control unit for the
energy and data interface. The operator panel (item 2 in Fig. 3.9 - 15
, page 189) consists of start
and stop buttons and two status LEDs. Communication with a PC takes place via the data cable
(item 3 in Fig. 3.9 - 15
, page 189). The power supply cable (item 4 in Fig. 3.9 - 15, page 189) is
connected to the power supply unit provided.
3.9.5.2 Usage
The energy and data interface is used to check, maintain and repair X feeder modules. It can also
be used for setting up in advance for PCB production. In this case, the energy and data interface
is fixed to the base plate (item 10 in Fig. 3.9 - 19
, page 195). The coil holder (item 11 in Fig. 3.9 -
19, page 195) is also mounted on the base plate. When a component tape is inserted, you can
check or reset the increment, pick-up position and conveyor speed. The detailed user manual de-
scribes how to use the interface and the necessary servicing work.
3.9.5.3 Deliverables
– Single Slot EDIF
a
– Power supply, 100 - 120 / 200 - 240 VAC, +30VDC, 4.3 A
– Base plate with coil arm
– User manual
a) EDIF = energy and data interface